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Chlorophyll Meter NCLM-200

Chlorophyll Meter NCLM-200

Chlorophyll Meter NCLM-200 features a measurement area of 2 × 3 mm with a maximum sample thickness capacity of 1.2 mm. It is equipped with a digital LCD display that provides clear and easy-to-read results. This unit offers a quick measurement response for efficient measurements. It uses battery power to enable continuous operation in the field. Our chlorophyll meter has a data storage capacity for convenient record keeping. 


$3,888.00

Catalog

Specifications

Measurement Method Optical density difference at two wavelengths
Measurement Area 2 × 3 mm
Maximum Sample Thickness 1.2 mm
Sample Insertion Depth 12 mm
Accuracy ±1.0 SPAD units
Repeatability ±0.3 SPAD units
Reproducibility ±0.5 SPAD units
Temperature Drift ±0.04 SPAD units/°C
Minimum Measurement Interval 2 seconds
Working Temperature 0 °C to 50 °C
Working Humidity 0.85
Storage Temperature -20 °C to 55 °C
Storage Humidity 0.85
Light Source 2 LED elements
Sensor Silicon photodiode
Display Range -9.9 to 199.9 SPAD units
Display LCD screen, 4 decimal places, trend chart
Data 30 sets
Battery Life Over 20000 measurements
Power Supply 2 × AA batteries, 1.5 V each
Dimension (W × L × H) 78 × 164 × 49 mm
Packaging Dimension (W × L × H) 160 × 250 × 120 mm
Net Weight 200 g
Gross Weight 1 kg

Features

  • Lightweight handheld design
  • Calibration Function
  • Non-destructive measurement
  • Warning buzzer alert
  • Simple one-hand operation

Applications

  • Chlorophyll Meter NCLM-200 is used in agriculture and horticulture to monitor leaf chlorophyll levels, optimise fertiliser use, and support research for enhanced crop growth and yield.

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Related Models Of Chlorophyll Meter

Chlorophyll Meters offer real-time analysis of leaf chlorophyll content with reliable precision. These instruments use optical, absorbance, or fluorescence-based sensing depending on the model. Our meters are equipped with dual-wavelength LED sources and integrated digital processors. They operate on rechargeable batteries and support multi-point data storage. This technology is widely adopted in agriculture, environmental science, and plant research.

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